Abstract: The present invention provides two members of a new family of human proteins, designated as “Zven.” The Zven1 gene, which resides in human chromosome 3p21.1-3p14.3, is expressed in testicular tissue and peripheral blood lymphocytes.
Abstract: The increased use of nucleotide sequence data mining techniques has amplified the demand for efficient methods of producing recombinant proteins in host cells. New genes identified from genomic sequences may lack an identified source for obtaining an mRNA template to produce cDNA. A strategy is provided for generating nucleic acid molecules comprising a continuous amino acid-encoding sequence using a genomic template that contains non-continuous amino acid-encoding sequences.
Abstract: The cystatin superfamily includes inhibitors of cysteine proteinases, which function in a protective role with regard to various pathological actions of endogenous proteinases. Zcys6 is a new member of this superfamily.
Abstract: Interferons represent an important class of biopharmaceutical products, which have a proven track record in the treatment of a variety of medical conditions, including the treatment of certain autoimmune diseases, the treatment of particular cancers, and the enhancement of the immune response against infectious agents. To date, four types of interferons have been found in humans: interferon-&agr;, interferon-&bgr;, interferon-&ggr;, and interferon-&ohgr;. The present invention provides new forms of human and murine interferon, “interferon-&egr;,” which have applications in diagnosis and therapy.
Type:
Grant
Filed:
October 4, 2001
Date of Patent:
April 8, 2003
Assignee:
ZymoGenetics, Inc.
Inventors:
Darrell C. Conklin, Francis J. Grant, Mark W. Rixon, Wayne Kindsvogel
Abstract: The present invention provides two members of a new family of human proteins, designated as “Zven.” The Zven1 gene, which resides in human chromosome 3p21.1-3p14.3, is expressed in testicular tissue and peripheral blood lymphocytes.
Abstract: Methylotrophic yeasts are useful hosts for the production of commercially valuable recombinant proteins. However, the development of large-scale cultures of recombinant methylotrophic yeasts has been hindered by the formation of precipitation in culture media. A new soluble minimal medium overcomes this problem. Moreover, new feeding schemes provide cultures of high biomass, which produce biologically active recombinant protein.